Instructional Shift 9: Embed the mathematics in realistic problems and real-world contexts.
Chapter 10: Putting It All in Context
What should we see in an effective mathematics classroom?
-Frequent embedding of the mathematical skills and concepts in real-world situations and contexts
Facilitate a departmental, grade level or content team discussion focused around responses to the following question:
In what ways are we taking into account our students lives and interests when developing activities for the classroom?
As a content team, set a goal to select a unit to develop a thematic, real-world center unit of instruction. Create a real-world problem or scenario that students will need to use the skills/unit objectives to be able to solve. Introduce the problem at the beginning of the unit and have students develop understandings each day in order to solve the problem.
Provide opportunities for student choice--allow students to select from an option of projects or real-world investigations. Students could also have the choice as to how the project is completed and submitted.
-Frequent use of “So, what questions arise from these data or this situation?”
Have your team develop purposeful objectives that not only list the content objective, but also include an intentional focus on analysis of the data/situation.
Ask students to discuss reasonableness of their solution or future prediction.
-Problems that emerge from teachers asking, “When and where do normal human beings encounter the mathematics I need to teach?”
Facilitate a team discussion on when and where the skills taught are used in the real-world. Generate a list of applications and have teachers begin the lesson with an applicable scenario.
Allow students to research which careers use the skills taught in class. Have students present their findings in a presentation, report, web poster, etc.
Instructional Shift 9: Embed the mathematics in realistic problems and real-world contexts.
Chapter 10: Putting It All in Context
What should we see in an effective mathematics classroom?
-Frequent embedding of the mathematical skills and concepts in real-world situations and contexts
-Frequent use of “So, what questions arise from these data or this situation?”
-Problems that emerge from teachers asking, “When and where do normal human beings encounter the mathematics I need to teach?”